More info
Datasheet
| Aquarium Compatible | yes |
| Plant Outdoor | unknown |
| Plant Emersed Growth | yes |
| Temperature Tolerance | 18°C / 64.40°F - 30°C / 86.00°F |
| Temperature | 20°C / 68.00°F - 26°C / 78.80°F |
| Carbonate Hardness | 2-20 kh |
| pH Value | 5-8 ph |
| Light | medium-high |
| Carbon Dioxide (CO2) | 5-40mg/lmg/l |
General Description
Cryptocoryne retrospiralis (Roxb.) Kunth, also known as Ambrosina retrospiralis, is a species of aquatic flowering plant belonging to the family Araceae. This rosette plant is native to the southwest, southeast, and northeast regions of India.
Aquarium Suitability
With a categorization of being rarely available commercially or from other aquarists, Cryptocoryne retrospiralis is nonetheless suitable for aquariums, making it an intriguing addition for aquarists seeking unique plant species for their setups.
Demands and Hardiness
This plant prefers an environment with a pH range of 5 to 8, medium to high lighting, and a temperature between 20 to 26°C. It can tolerate temperatures from 18 to 30°C and requires a moderate to high level of carbon dioxide (5-40mg/l) in the water. The carbonate hardness should be maintained within the range of 2-20.
Aquascaping & Usage
Cryptocoryne retrospiralis can add an elegant touch to the aquascape with its rosette growth pattern. Its slender green leaves are visually appealing and can complement different aquatic layouts, providing both aesthetic value and natural habitat simulation for aquatic inhabitants.
Propagation
Propagation of Cryptocoryne retrospiralis can be achieved through various methods including runners, rhizome division (Rhizomteilung), splitting, and cutting off daughter plants. This plant's ability to propagate readily can support its expansion within an aquarium setup.
Habitat and Distribution
In the wild, Cryptocoryne retrospiralis is commonly found in regions of India, specifically in the southwest, southeast, and northeast areas. Its natural habitat consists of aquatic environments where it thrives in suitable conditions, contributing to the biodiversity of its native ecosystems.